10.5 dBi Gain, 0.8 GHz to 18 GHz Broadband Dual Ridged Horn Antenna OBH-08180
$3945
The OBH-08180 Dual-Ridged Horn Antenna is a premier product in advanced RF engineering, offering a broad operational spectrum from 800MHz to 18GHz, covering the C to Ku bands. Designed with user convenience at its core, the OBH-08180 weighs just 1760g, making it easy to transport and deploy in field operations. It includes a specially designed protective box, ensuring safe transit and enhanced portability for testing and deployment in various environments. The OBH-08180 is engineered for precision. Comprehensive test data, including Gain, VSWR, antenna factors, and radiation patterns, is provided, ensuring accurate integration into user systems and optimal performance in real-world conditions. This extensive data allows users to fine-tune their systems, achieving precise testing outcomes confidently. For professionals seeking a high-performance broadband antenna that is both powerful and portable, the OBH-08180 stands as a top choice, delivering seamless integration, durability, and advanced RF capabilities for a broad range of industries.
This Broadband Dual-Ridged Horn Antenna is an advanced tool designed for various telecommunications, satellite, radar, and high-frequency RF testing applications. Its support for 5G NR Sub-6GHz and higher-frequency bands, including microwave bands, makes it highly versatile for testing modern 5G networks and Wi-Fi technologies that operate in higher frequencies. This antenna also excels in satellite communication, covering C-band, extended X-band, and Ku-band, providing the capability to test satellite uplinks and downlinks across a broader range of frequencies, enabling advanced satellite communication testing. Its ability to support X-band and Ku-band frequencies makes it suitable for more advanced radar systems, commonly used in airborne, military, and space applications. In addition, it also enhances effectiveness in EMC testing, allowing for higher-frequency electromagnetic compatibility testing to ensure equipment compliance with stringent industry standards. Lastly, this antenna is ideal for high-frequency RF and microwave testing, providing a comprehensive solution for engineers and researchers working across a broader frequency spectrum up to 18GHz.Dual-Ridged Horn Antenna：ttps://www.rfecho.com/product-category/emc-antenna/emc-broadband-dual-ridged-horn-antenna/
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Description
OBH-08180 double ridge horn antennas operate from ultra-band from 0.8 GHz to 18 GHz. The antenna supports linear polarized waveforms. High gain and low VSWR permit the measurement of weak signals and the generation of high field strengths without any significant return loss. OBH08180 antenna is calibrated individually in line with ANSI C63.5-2006, making the antennas ideal for EMC/RF measurements. OBH08180’s radiation pattern contains only a single main lobe over the entire frequency range. The antennas are low weight and with rugged construction.
Lightweight for easy handling Stiff and robust mechanical design Standard MVG circular interface for precision centering Precision pin for accurate polarization alignment
Precision machined high-reliability coaxial connector. More RF Antennas.
SPEC
Broadband Horn Antenna Specifications |
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10.5 dBi Gain, 0.8 GHz to 18 GHz |
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OBH-08180 |
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Property |
Value |
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Min. Frequency (GHz) |
0.8 |
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Max. Frequency (GHz) |
18 |
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Gain(dBi) |
10.5 |
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VSWR (Max.) |
2.7 |
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Polarization |
Single Linear |
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Cross Polar Isolation (dB) |
50 |
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Impedance (?) |
50 |
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Features |
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Linear polarized with high polarization purity |
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Frequency from 0.8 GHz to 18 GHz |
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Low return loss / VSWR |
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Wide bandwidth |
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Uniform Gain |
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High Power Handling Capability |
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Radiation pattern contains only one main lobe over the entire frequency range |
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Each antenna is calibrated individually in line with ANSI C63.5-2006 |
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Outline
Additional information
| Min. Frequency (GHz) | 0.8 |
|---|---|
| Max. Frequency (GHz) | 18 |
| Gain (dBi) | 10.5 |
| VSWR (Max.) | 2.7 |
| Cross Polar Isolation (dB) | 50 |
| Polarization | Single Linear |
| Impedance (Ω) | 50 |
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